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Results: 1-8 |
Results: 8
MUTATION AT THE ANOPHTHALMIC WHITE LOCUS IN SYRIAN-HAMSTERS - HAPLOINSUFFICIENCY IN THE MITF GENE MIMICS HUMAN WAARDENBURG-SYNDROME TYPE-2
Authors: HODGKINSON CA NAKAYAMA A LI H SWENSON LB OPDECAMP K ASHER JH ARNHEITER H GLASER T
Citation: Ca. Hodgkinson et al., MUTATION AT THE ANOPHTHALMIC WHITE LOCUS IN SYRIAN-HAMSTERS - HAPLOINSUFFICIENCY IN THE MITF GENE MIMICS HUMAN WAARDENBURG-SYNDROME TYPE-2, Human molecular genetics, 7(4), 1998, pp. 703-708
MUTATIONS IN MICROPHTHALMIA, THE MOUSE HOMOLOG OF THE HUMAN DEAFNESS GENE MITF, AFFECT NEUROEPITHELIAL AND NEURAL CREST-DERIVED MELANOCYTESDIFFERENTLY
Authors: NAKAYAMA A NGUYEN MTT CHEN CC OPDECAMP K HODGKINSON CA AMHEITER H
Citation: A. Nakayama et al., MUTATIONS IN MICROPHTHALMIA, THE MOUSE HOMOLOG OF THE HUMAN DEAFNESS GENE MITF, AFFECT NEUROEPITHELIAL AND NEURAL CREST-DERIVED MELANOCYTESDIFFERENTLY, Mechanisms of development, 70(1-2), 1998, pp. 155-166
MELANOCYTE DEVELOPMENT IN-VIVO AND IN NEURAL CREST CELL-CULTURES - CRUCIAL DEPENDENCE ON THE MITF BASIC-HELIX-LOOP-HELIX-ZIPPER TRANSCRIPTION
Authors: OPDECAMP K NAKAYAMA A NGUYEN MTT HODGKINSON CA PAVAN WJ ARNHEITER H
Citation: K. Opdecamp et al., MELANOCYTE DEVELOPMENT IN-VIVO AND IN NEURAL CREST CELL-CULTURES - CRUCIAL DEPENDENCE ON THE MITF BASIC-HELIX-LOOP-HELIX-ZIPPER TRANSCRIPTION, Development, 124(12), 1997, pp. 2377-2386
ANTIVIRAL DETERMINANTS OF RAT MX GTPASES MAP TO THE CARBOXY-TERMINAL HALF
Authors: JOHANNES L KAMBADUR R LEEHELLMICH H HODGKINSON CA ARNHEITER H MEIER E
Citation: L. Johannes et al., ANTIVIRAL DETERMINANTS OF RAT MX GTPASES MAP TO THE CARBOXY-TERMINAL HALF, Journal of virology, 71(12), 1997, pp. 9792-9795
MOLECULAR-BASIS OF MOUSE MICROPHTHALMIA (MI) MUTATIONS HELPS EXPLAIN THEIR DEVELOPMENTAL AND PHENOTYPIC CONSEQUENCES
Authors: STEINGRIMSSON E MOORE KJ LAMOREUX ML FERREDAMARE AR BURLEY SK ZIMRING DCS SKOW LC HODGKINSON CA ARNHEITER H COPELAND NG JENKINS NA
Citation: E. Steingrimsson et al., MOLECULAR-BASIS OF MOUSE MICROPHTHALMIA (MI) MUTATIONS HELPS EXPLAIN THEIR DEVELOPMENTAL AND PHENOTYPIC CONSEQUENCES, Nature genetics, 8(3), 1994, pp. 256-263
CLONING OF MITF, THE HUMAN HOMOLOG OF THE MOUSE MICROPHTHALMIA GENE AND ASSIGNMENT TO CHROMOSOME 3P14.1 - P12.3
Authors: TACHIBANA M PEREZJURADO LA NAKAYAMA A HODGKINSON CA LI X SCHNEIDER M MIKI T FEX J FRANCKE U ARNHEITER H
Citation: M. Tachibana et al., CLONING OF MITF, THE HUMAN HOMOLOG OF THE MOUSE MICROPHTHALMIA GENE AND ASSIGNMENT TO CHROMOSOME 3P14.1 - P12.3, Human molecular genetics, 3(4), 1994, pp. 553-557
MICROPHTHALMIA, A CRITICAL FACTOR IN MELANOCYTE DEVELOPMENT, DEFINES A DISCRETE TRANSCRIPTION FACTOR FAMILY
Authors: HEMESATH TJ STEINGRIMSSON E MCGILL G HANSEN MJ VAUGHT J HODGKINSON CA ARNHEITER H COPELAND NG JENKINS NA FISHER DE
Citation: Tj. Hemesath et al., MICROPHTHALMIA, A CRITICAL FACTOR IN MELANOCYTE DEVELOPMENT, DEFINES A DISCRETE TRANSCRIPTION FACTOR FAMILY, Genes & development, 8(22), 1994, pp. 2770-2780
MUTATIONS AT THE MOUSE MICROPHTHALMIA LOCUS ARE ASSOCIATED WITH DEFECTS IN A GENE ENCODING A NOVEL BASIC-HELIX-LOOP-HELIX-ZIPPER PROTEIN
Authors: HODGKINSON CA MOORE KJ NAKAYAMA A STEINGRIMSSON E COPELAND NG JENKINS NA ARNHEITER H
Citation: Ca. Hodgkinson et al., MUTATIONS AT THE MOUSE MICROPHTHALMIA LOCUS ARE ASSOCIATED WITH DEFECTS IN A GENE ENCODING A NOVEL BASIC-HELIX-LOOP-HELIX-ZIPPER PROTEIN, Cell, 74(2), 1993, pp. 395-404
Risultati: 1-8 |